Industrial-Grade Infrastructure

Pre-Fabricated Powered Data Centers. Grid-Optional by Design.

Intelligent power management meets high-density compute. Deployed in weeks, not months. Built for AI/HPC workloads where conventional infrastructure can't follow.

10 MW
Power Capacity Per Module
3-6 wks
Factory to Commissioned
100+ kW
Per-Rack Density Support
>97%
Wall-to-Rack Efficiency

Engineered Systems, Not Assembled Components

Every BLUEASTPOD module is factory-integrated and pre-tested. What ships is a complete powered data center — not a kit.

Power Architecture

Multi-source integration with proprietary Wheel Power System. Blends solar, grid, generator, and CAES in real-time. Positive-ground topology with electro-mechanical isolation.

  • Output: Stabilized -48 VDC
  • Redundancy: Inherent N+1 at conversion layer
  • EMP Protection: Integrated grounding architecture

Thermal Management

Direct-to-chip liquid cooling, immersion-ready, with rear-door heat exchanger fallback. Engineered for racks exceeding 100 kW.

  • Liquid Capture: 70-85% of IT heat
  • Target PUE: <1.2 in favorable climates
  • Cooling Modes: Free-air, adiabatic, closed-loop

Control & Intelligence

AI/SCADA integration with predictive maintenance, anomaly detection, and workload-aware dispatch. Real-time digital twin with automated failover orchestration.

  • Platform: ESCOlutions energy management
  • Telemetry: Sub-second loop closure
  • Integration: Open API for DCIM/ITSM

Big Wheel Poly-Draw DC Power Conversion

Rotating power platform with multiple independent draw-points. Natural load-sharing, inherent redundancy, and multi-source flexibility that solid-state conversion can't match.

System Architecture

  • Multi-Source Driver: Accepts compressed air (CAES), solar PV, grid, and generator input — simultaneously or independently
  • High-Frequency Conversion: Wheel output feeds HF AC-to-DC stage for compact magnetics and fast transient response
  • Poly-Draw Topology: Multiple extraction points around wheel circumference provide inherent N+1 without switchgear complexity
  • Positive-Ground Integration: -48 VDC output aligned with telecom convention and isolation architecture
  • Distributed Redundancy: Loss of any single draw-point does not interrupt service to any rack
Power Chain Overview
Source Layer
Solar PV | Grid | Generator | CAES
Conversion Layer
Big Wheel Poly-Draw Platform
HF Rectification
High-Frequency AC → DC Stage
Distribution
Stabilized -48 VDC Bus
Rack Delivery
Monitored PDUs | Dual-Corded Redundancy

Where Conventional Infrastructure Can't Follow

AI Training & Inference

High-density GPU clusters with the power and cooling infrastructure to match.

HPC & Supercomputing

Research, simulation, and computational workloads requiring enterprise-grade reliability.

Edge & Distributed Compute

Local inference, CDN nodes, and latency-sensitive workloads at the network edge.

Government & Defense

EMP-hardened, rapidly-deployable infrastructure for mission-critical operations.

Stranded Energy Monetization

Turn flared gas, remote renewables, and curtailed power into revenue-generating compute.

Disaster Response

Mobile, self-contained infrastructure for emergency communications and coordination.

Built by Engineers. For Engineers.

"We design and build our own engineered products, associated software, and electronics. We're practical innovators — not just systems integrators. Because we build, own, and operate our equipment, we engineer for reliability and life."

— Blueflux Engineering Principles

Grid-Optional Infrastructure

Deploy Intelligent Infrastructure

Partner with BE Power and Data to bring modular, grid-optional data center capabilities to your deployment context. From pilot to production.